Enhanced heteroscopic techniques

• US 20070029498A1
• Filed: 08/04/2005
• Published: 02/08/2007
• Est. Priority Date: 08/04/2005
• Status: Abandoned Application

• Current Assignee: Forced Physics LLC
• Original Assignee: Forced Physics LLC
• Inventors: Davis, Scott
• Application Number:
  US11/198,926
• Publication Number:
  US 20070029498A1
• Time in Patent Office: Days
• US Class Current: 250/396.R
• CPC Class Codes: F04D 19/04 specially adapted to the production of a high vacuum, e.g. molecular pumps

Abstract

An enhanced heteroscopic turbine including a macroscopic rotor and an interaction, sorting, or interaction and sorting element incorporated into the rotor that operates on individual particles in a fluid. The heteroscopic turbine is enhanced by one or more of pre-processing, enhanced interaction or sorting, or post-processing. The enhancement can involve various properties of the particles, including but not limited to translational kinetic energy, non-translational kinetic energy, electromagnetic energy, electric or magnetic energy, sonic energy, chemical properties including biochemical properties and radiochemical properties, binding sites and potential, radioactive properties, enantiomer properties, ionic excitation properties, weight and properties affecting weight, atomic mass and properties affecting atomic mass, composition, photo-reactivity properties, and excitation level.

Claims

1. An enhanced heteroscopic turbine, comprising:

a macroscopic rotor; and

a heteroscopic interaction, sorting, or interaction and sorting element incorporated into the rotor that operates on individual particles in a fluid;

wherein the heteroscopic turbine is enhanced by one or more of pre-processing, enhanced interaction or sorting, or post-processing.

2. An enhanced heteroscopic turbine as in claim 1, wherein the particles comprise atoms that are components of a gas or liquid, atoms suspended in a gas or liquid, molecules that are components of a gas or liquid, molecules suspended in a gas or liquid, clumps of molecules that are components of a gas or liquid, clumps of molecules suspended in a gas or liquid, sub-atomic particles, photons, and/or charged particles.

3. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes special regions of material or devices placed on or in the rotor for the heteroscopic turbine, placed on or in physical blades that are placed on or in the rotor, or comprise the physical blades.

4. An enhanced heteroscopic turbine as in claim 3, wherein the special regions of material or devices have electromagnetic, electric, magnetic, sonic, nuclear, or energy emitting properties.

5. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes passive blades placed on or in the rotor.

6. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes active blades placed on or in the rotor.

7. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes energy emitting blades.

8. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes thermodynamically active blades.

9. An enhanced heteroscopic turbine as in claim 8, wherein the thermodynamically active blades interact with the particles based on their translational kinetic energy.

10. An enhanced heteroscopic turbine as in claim 8, wherein the thermodynamically active blades interact with the particles based on their non-translational kinetic energy.

11. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes electromagnetically active blades.

12. An enhanced heteroscopic turbine as in claim 11, wherein the electromagnetically active blades include regions of electromagnetically active material or devices placed on or in the rotor for the heteroscopic turbine or placed on or in physical blades that are placed on or in the rotor.

13. An enhanced heteroscopic turbine as in claim 12, wherein the electromagnetically active material or devices carry or generate a static charge, non-static charge, dipole moment, or magnetic moment.

14. An enhanced heteroscopic turbine as in claim 11, wherein the electromagnetically active blades affect electromagnetic properties of the particles that strike the blades by emitting, absorbing, diffracting, or polarizing photons.

15. An enhanced heteroscopic turbine as in claim 14, wherein the electromagnetically active blades emit photons and the photons are absorbed by the particles, resulting in more energetic collisions with the blades.

16. An enhanced heteroscopic turbine as in claim 14, wherein the photons are of a specific frequency or range of frequencies so as to selectively affect certain of the particles.

17. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes electrically active blades.

18. An enhanced heteroscopic turbine as in claim 17, wherein the electrically active blades include regions of electrically active material or devices placed on or in the rotor for the heteroscopic turbine or placed on or in physical blades that are placed on or in the rotor.

19. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes magnetically active blades.

20. An enhanced heteroscopic turbine as in claim 19, wherein the magnetically active blades include regions of magnetically active material or devices placed on or in the rotor for the heteroscopic turbine or placed on or in physical blades that are placed on or in the rotor.

21. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes sonically active blades.

22. An enhanced heteroscopic turbine as in claim 21, wherein the sonically active blades include regions of sonically active material or devices placed on or in the rotor for the heteroscopic turbine or placed on or in physical blades that are placed on or in the rotor.

23. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes blades that exhibit nuclear activity.

24. An enhanced heteroscopic turbine as in claim 23, wherein the blades that exhibit nuclear activity include regions of material or devices that exhibit nuclear activity placed on or in the rotor for the heteroscopic turbine or placed on or in physical blades that are placed on or in the rotor.

25. An enhanced heteroscopic turbine as in claim 24, wherein the material or devices are radioactive, thereby stimulating, attracting, or repelling particles based on their nuclear properties.

26. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes chemically active blades.

27. An enhanced heteroscopic turbine as in claim 26, wherein the chemically active blades include regions of chemically active material or devices placed on or in the rotor for the heteroscopic turbine or placed on or in physical blades that are placed on or in the rotor.

28. An enhanced heteroscopic turbine as in claim 27, wherein the chemically active material or devices exhibit biochemical activity.

29. An enhanced heteroscopic turbine as in claim 28, wherein the chemically active material or devices interact with particular oxidation properties, neurotoxin binding sites, isomer properties, and other properties related to chemical interaction in general or with specific substances such as hydrogen, chlorine, radon, toxins, and DNA.

30. An enhanced heteroscopic turbine as in claim 27, wherein the chemically active material or devices exhibit radiochemical activity.

31. An enhanced heteroscopic turbine as in claim 30, wherein the chemically active material or devices interact with specific types of radiochemical decay such as beta and gamma decay.

32. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes piezoelectrically active blades.

33. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element filters and sorts the particles based on their fluid velocity distribution.

34. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes coated blades.

35. An enhanced heteroscopic turbine as in claim 34, wherein the blades are coated with a coating that alters a flow or nature of the particles.

36. An enhanced heteroscopic turbine as in claim 34, wherein the blades are coated with a coating that reacts with the particles in the fluid.

37. An enhanced heteroscopic turbine as in claim 34, wherein the blades are coated with a coating that detects certain types of particles.

38. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes circuitry.

39. An enhanced heteroscopic turbine as in claim 38, wherein the circuitry is on or in the rotor for the heteroscopic turbine.

40. An enhanced heteroscopic turbine as in claim 38, wherein the interaction, sorting, or interaction and sorting element includes physical blades, and wherein the circuitry is on or in the blades.

41. An enhanced heteroscopic turbine as in claim 38, wherein the circuitry links different materials or devices used to enhance the heteroscopic turbine with each other.

42. An enhanced heteroscopic turbine as in claim 38, wherein the circuitry links material or devices used to enhance the heteroscopic turbine to devices that are external to the heteroscopic turbine.

43. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes multiple sets of blades.

44. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element moves faster than the mean velocity of the particles.

45. An enhanced heteroscopic turbine as in claim 44, wherein the blades have faster-than-light aspects.

46. An enhanced heteroscopic turbine as in claim 1, wherein the interaction, sorting, or interaction and sorting element includes sensors.

47. A method of processing a fluid, comprising the steps of:

disposing a heteroscopic turbine in a path of a fluid, the heteroscopic turbine including a macroscopic rotor and a heteroscopic interaction, sorting, or interaction and sorting element; and

moving said rotor so that said interaction, sorting, or interaction and sorting element operates on individual particles in said fluid;

wherein the heteroscopic turbine is enhanced by one or more of pre-processing, enhanced interaction or sorting, or post-processing.

48. A method as in claim 47, wherein the particles comprise atoms that are components of a gas or liquid, atoms suspended in a gas or liquid, molecules that are components of a gas or liquid, molecules suspended in a gas or liquid, clumps of molecules that are components of a gas or liquid, clumps of molecules suspended in a gas or liquid, sub-atomic particles, photons, and/or charged particles.

49. A method as in claim 47, wherein the interaction, sorting, or interaction and sorting element includes special regions of material or devices placed on or in the rotor for the heteroscopic turbine, placed on or in physical blades that are placed on or in the rotor, or comprise the physical blades.

50. A method as in claim 49, wherein the special regions of material or devices have electromagnetic, electric, magnetic, sonic, nuclear, or energy emitting properties.

51. A method as in claim 47, wherein the interaction, sorting, or interaction and sorting element includes passive blades placed on or in the rotor.

52. A method as in claim 47, wherein the interaction, sorting, or interaction and sorting element includes active blades placed on or in the rotor.

53. A method as in claim 47, wherein the interaction, sorting, or interaction and sorting element includes energy emitting blades.